SCIENTIFIC ABSTRACT MILEWSKI, B. - MILEYKOVSKIY, I. YE.

• Document Type: CREST
• Collection: Scientific Abstracts
• Document Number (FOIA) /ESDN (CREST): CIA-RDP86-00513R001134220020-6
• Release Decision: RIF
• Original Classification: S
• Document Page Count: 100
• Document Creation Date: November 2, 2016
• Document Release Date: July 13, 2001
• Sequence Number: 20
• Publication Date: December 31, 1967
• Content Type: SCIENTIFIC ABSTRACT

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MIL76SKI, B.
Building up crankshafts and frame braces with ace weiding.
P. 295 (Przeglad Kolejowy Mechanicznv Vol. 4, no. 10, Oct. 1956, Warszawa, Poland)
tbnthly Index of East European Acccs.-Anns (FTIAI) LC. Vol. 7, no. 2,
February 1958

MILDISKI, B.
Controlling carbon-monoidde content of the air of factory halls. p. 60.
(CHEMIK, Vol. no. 30 Mar. 1957, Warsaw, Poland)
SO: Monthly List of East European Accessions (EEAL) IC, Vol. 6, No. 9 Sept. 1957 Uni

Country POLAND tAk-, --) !- J~
\ I ) H-3
Cotegory Chemical TeclinojoFy. Chemical Products and
Their Applications. Instruments and Automation
Abs. Jour I 110f Zhur-KhimiyaNo 14, 1959
,,140 49864
Author j A I ~ki~B.
institute wof-Siven
Title Remo-to Control
Orig Pab, Chemik, 1958, No 7-0, 222-226
Abstract j Reviow of remote control nietbods, covering
temperature control instruments (resistance
and induction tyT)e recorders).-
--Yii. Skoretnkiy
Card- 1/1
H-9
6

MTLEWSKI, B.
SCIENCE
Periodicals: CM-11K. Vol. 11, no. 7/8, July/Aug. 10,58.
MILEWSFII~ B. Remotely controlled measurements and their application. p. 222.
Monthly List of East European Accessions (EEAI) W Vol. 8, No. 4,
April 1950., Unclass.

MILE'.43KI, B.
Remarks on the Polish stanIard PI-5')/M-53950 "Mea-surf-ment of t1le Flow
Velocity of LiquidS by the Use of 'Flow Yozzles." p. -15-:.
F0141ATIY, AUMI-IATTYA, 11011701A. Warszawa, Poland. Vol. 5, no. .., Feb. 1959.
Monthly List of East European Accessions (EEAI), LC, Vol. 8, no. 8, Au"'. 1959.
Uncl.

fL
COUNTRY : 1~0 LA N'D
CATEGORY : CbemictLI Technolorry. Chemical Products rind
Their Apnlications. Instruments nnd Automationi
A, Bz'. jot
UR.
z ~ I'l, .1 82655
" ..3. 1.,.r2

nl' ~l
'Pumns
0 P.'- .PUB. chenlik, 1-959, 1') No 1
17-19
,
A F! ;T d(.-;3rrlrti(,n of f--p- -Litowitic li-tii(i
ro-'- nrtlces~3 equjrlm~-"It 0)"
~Lmf of -'-lr0'l0r~irjnilTT numps (PP)
'
proep-Lint, or divnhram Lynp). The
control
of PP iss :,cheF&.ved directly, olimivuti:ng the
iise of nny wl-,,ing orrartfemcstits, simnly liy
chnnVing stroke of PP or by chnnPirw r-)m of
a motor drive-. The necessary rotp chl-npvs (ir.
stroke or rpm) of PP are attainet' throu,,li flj,~

uss~, of elpetrict!I-nneumn-tic or hye
.raulic wo-
torn, oommorl 'v usod in tbe mitomatin control
techl"i-Im. TIlese servomoi-ors my be counlorl
1/3
e.1 sl7,55S

PUTEWSKI, Boleslaw
Problems concerning corrosion of controlling and measuring
equipment. Przem chem 39 no.3:490-491. Ag 160.
1. Zaklady Chemiczne, Oswiecim

MILMKI. Boleslaw, A-a
Problems of automation of production processes in the chemical
industry. Chemik 14 no.9:342-343 S 161.
1. Zaklady Chemiezne Osvieciw.

MILEWSKI, Bohdan; ROS7KOWSKAs Konstancja
Clinical evaluation of dregdes containing 0.2 g of isopyrine
and 0.1 g of phenylbutazone. Reumatologia (warBs.) 3 no.3:
307-313 165.
1. Z II Kliniki Chorob Wewnetr2nych Studium Doskonalenia Lakarzy
w AM w Warszawie (Kiarownik: prof. dr. med. E. Ruzyl3o).

C C U:: T
AUT'-iGR :,Veychert, and.
Mi lewAki J
I j'! ST -
:Not gi7en
:Tne Effect of Mineralizers an the Decomponition
of Anh
te
0,11~' PUB. :Przemysl Chem, 13, No 12, 690-696 (1957)
ASSrAACT :The authora hitve applied the crucible method to
tile invest iga-.i on of the effect of a silries of
different zineralizers on the decomposition of
anhydrite in mixtures with coke and clay under
lal3oratory conditions, using a thermal balance,
tomperatures of 800-1,2000, and varyingr amounts
of rnineralizer (0.25-3%). Nal SO, , XaCI , and Car.1,
were found to toe the most effective nineralizers;
CuF2. clay, and glass were found to be relatively
loos effective. The authors have found that the
CAPID: 11.2

YSIEWO-KIS J.
More on the Pranis-Praniewicz group compensation method in a craeovian arrangenent.
P. 181.
GEODEZJA I KARTOGRAFIA. (Polska Akadenda Nauk. Komitet Geodezji)
Warsava. Vol. 72 no. 3. 1958
Poland/
Monthly List of East European Accessions Index (ETAI), LC, VOL. 8, no. 6,, June 1959
Uncl,

C ZG C ~ ~)f IK
c t,v r), in I c-f ~7rjil tn :3cpl!ir ',ul
l',J 3. :3 Iv 7 '15-16, 3-t:

MILEWSKI9 Jan, mgr inz.
----
Instal.lations for a group system 3f protective relays in 30 and 15 ky
networks of the Power Plants of the Southern District of Poland.
Energetyka 14 no-12:366-370 D 160. (ELU 10:5)
1. Slusba Zabezpieezen SECPd
(Poland-JMectric networks)
(Poland-Alectric relays)

MIIXdSKI, Jan; ZARDMA, Janusz
Case of thoracopagus. Gin. polska 27 no.6:741-748 flov-Dec 56.
1. Z II Oddzialu Polozniczo-Ginekol. Szpitala Miejskiego lTr
4 w Warozawie. Ordynator: dr. mod. R. Welman. oraz z Pracowni
Anato-iopatol. Szpitala Miejokingo Nr 4 w Warozawin Klerownik:
prof. dr. mod. J. Dabrowska, Warszawa, Swierczewskiego 67.
(MONSTERS
thoracopagua (Pol))

MILNWSKI. Jan
Conduction of labor with the aid of spasmolytic and spasmotonic
drugs. Gln.polnka 31 no.)tY49-357 My-Je 160
1. Z Kliniki Polosnictwa i Chorob Koblecych A.M. w Warszavie;
Iterownik: prof. dr mad. JoLesinski i Z Insytutu Matki i Dziecka
w Warssawle Dyrektor: profo dr med. F,Groer
(LABOR)
(KUSCLI RILAIANTS ther)
(OMOCICS ther)

MILEWSKI9 Janusz
C
Detervd.nation of small contents of oxygen in gazes b7 a continuous
optical method. Chen anal 5 no.1:129-137 1,60. (EUI 9:11)
1. Katedra Technologii Chemictnej Nieorganicznej Politechniki.
Zaklad Fizykochemicznych Podstaw Technologii Instytutu Chenii
Fizycznej PAR, Warszawa.
(oxygen) (Gases)

MILEWSKI..J.-. SWGIELSKI, J.
Some experimental remdts c6ficerning the possibility of direct
convervion of thermal energy into electricity with Yr-G-D methods.
Bul A.c Pol tech 10 no.11:629-631+ 162.
1. Institute of Fluid Flow Machinery, Gdansk, Polish Academy of Sciqnces
Presented by R. Szewalski.

KII~~ ~Jo (Gdansk)
Uperimento in magnotchydrodynazies. Inst mass przop PAR
nooll/12t20.l-Ql6 162.

'ACCESSION 21TR: AT4039447 P/252-1/63/000/017/0109/0131
ALYAOR: Mlevski, Jerzy (Gdansk)
iTltIS: Anal sis of some problems connected with the action of the MGD (-Magneto-
y
,Gas-Dynamic) direct-current generator
J
,SOURCE: Polska Akademia Nauk. Instytut Msozyn Przeplywowych. Prace, no. 17, 1963,
f1109-131
ITOPIC TAGS: MD direct-current generator, nonthermal plasma ionization, "are
4
:plasmotron", plasma stream, ceramic generator chamber, voltage drop, initial-
icurrent pulse
!ABSTRACT: The author analyzes briefly some problems relating to direct-current
c (MGD) generators, concentrating chiefly on the electrodes and
,magneto-gas-dynami
',the possibilities of using nonthermal ionization of plasma. In the third and last
!section, he presents the results of his own experimental work around the end of
ilg6l,.apparently in the Institute for Through-Flow Machines (IMP). His first main
;purpose was to master the chief problems in the specific technology and design of
;installations operating at 2,000-3 0000 by building and testing a direct-current
!"are plasmotron" (photo and diag~rjam and"an MGD electrode generator powered by it.
I
The maminnim arc current was 100- with a 50-150 voltage drop. The plasmotron

.;ACCESSION NR: AT4039447
silikewise operates properly when powered wit6 argon, nitrogen or even air (the latter
requiring a continual insertion of.the cathode). Its working time is conditioned
I
.only by the speed of consumption (or length) of the cathode, and is practically un-
The plasma stream ea-
:11imited in a chemically neutral ga:s like argon or nitrogen
tered a lxlx5 cm generator chamber made of ceramic materials and graphite (the elec-
Itrodes). The author next built alarger plasmotron (P3) powered by 200-800 A of
!direct current with a 150-300 voltage drop. The arc was stabilized by whirling the
1gas in the are chamber. Taking advantage of the unintended possibility of the
;plasmotron operating in an unstable regime (periodic ignition and extinction of the
!arc), he made measurements with the MGD generator powered with a pulsing plasma flow
!and found that the peak values of the voltage and initial current were more or leas:
Itwice as high as before. The very unstable pulse frequency averaged 50 11z; the
ishape and fulineas of the initial-current pulses were very homogeneous. The stage
:of work on direct-current MD generators is at present such that further progress
is essentially impossible without solving the basic problems mentioned in this
:article. Work is needed by specialists in physics, chemistry and technology. The
i
;design problems have not yet been clearly posed. Orig. art. has: 14 figures and 18
!formulas.
.'ASSOCIATION: none
tSUBMITM-D: oomay62 DATE ACQ: 22jun64 ENCL: 00
:SUB CODE: EE, GF NO REF SOV: 015 OMR. 043
Card 2/2
-7

J.
A criterion for applying IOW VAIU13 Of MaU.PtiC ReYnOld3
number in induction magnotogaadynamic generators. Bul Ar.
Pol tech 12 no.12t933-938 t64.
lo Institute of Fluld.-Flow Machines, Gdansk, of the Polish
Academy of Sciences. Svibmitted July 25, 1964.

F- L 18480-66. --.99WAULrOLL-2 MKO)
AU Ngi A,'~L5010996 SOURCE COM PO/2521/65/000/023/0003/0082
AUTHOR: Milewski, J. (Gdansk)
-ORG, ' P.olish Ac gmy es. Inqtitute of Flow-throup -machines (Polska
_qf Saienc b
Akademia Nauk. Inatitu~ Maszyn.Prezeklywowych)
TITLE: Synchronous magnetogasdynamic induction generators
SOURCE: Polska Akademia Nauk. Institut Maszyn Przeplywowych. Prace, no. 23,
1965, 3-82
TOPIC TAGS: magnetogasdynamics, electric generator, magnetic induction, flow
velocity, aerodynamic configuration, electric' conductivity, electromagnetic
interaction, Reynolds number
ABSTRACT: The paper deals with the theoretical analysis of fundamental properties
of 'maAnetozasdVnamic induction generators. The generators in question are of
linear configuration, the variability of the generated voltage being brought into
effect by velocity pulsations.or by varying electric conductivity of the working
medium Jet,, Approximate electrical characteristics of several representative
variants of these generators have been established on the basis of simplifed
equations,of magnetogmadynamics. Exact analysis proved that the pessimistic
opinion encountered in the literature on the practical applicability of induction
of magnetogasdynamic generators, due to the difficulties in obtaining sufficiently
Card 1/2

k ) -2 WIVAT
ACC NR'- ATG033377 SOURCJ-!, CODE:
AUTHOR: Milewski
~zy (Gdansk)
ORG: none
PO/2521/GG/000/028/0003/003G
~7/
~.aa~pic induction generator of modulated
TITLE: Synchronous mag~jq~qg~~s
conductivity
SOURCE: Polska Akademia Nauk. Instytut 'Maszyn Przeplywowych. Pracc, no.
1966, '3-3G
TOPIC TAGS: ideal gas, magnetogasdynamics, magnetogasdynamic generator,
MGD generator, synchronous MGD generator
ABSTRACT: The properties of a,synchronous m agn etogas dynamic generator wit
modulated conductivity of the working medium were analyzed. The study was
confined to effects related to the generator's operation principle while problems
concerning the production and stability of the flow of the working medium were r
discussed. A simplified system of magnetogasdynamics equations is presented
the first part of the analysis; the working -medium was mostly treated as an idea
gas having conductance. A method to determine electric and gasdynamic charw
C,,d 1/ 2

L 09029-67
ACC NRt-*AT60-3337 7 0
istics of tile generator as a whole as well as of its individual sections is establis
an6 given in the second part. Local electric characteristics (dependenc - of outp
power, electric efficiency, and other values related to generator sections in the
main design and operational parameters) are determined. Effects of second-ord
"actors upon power and efficiency of the sections are investigated. The third-or
A
contains formulas ~which (a) make it possible to determine the generator's collecl
electric characteristics from its local characteristics, and (b) relate the
generator's local and overall operational parameters. The theoretical possibilii
was established of attaining full compensation of the core reluctance effect, whil
a reactive power appears simultaneously beside the generator's active power.
Design of a generator having excessive core reluctance (or a too low conductanci
of the working medium in relation to the core) would fall short of purpose as in a
operational generator, reactive power should be at most of the same order as
active power. Part four deals with the flow dynamics of the working medium
through the duct assuming the medium to be an ideal gas. The basic gasdynamic
characteristics of three generator versions are determined for generators W,wi
duct having constant cross-section area, (b) with constant Mach number, and (c)
with constant velocity. Orig. abstract has: 15 figures, 133 formulas. [Based ol
author's abstract]
SUB CODE: 20/ SUBM DATE: 0ONovG4/ ORIG REF: 001/ OTH REF: 001/
cc~f,x 2)": ~,--,A

1,111LEW3KI, JO-'-EF.
Starogard gdanski i okolice. ',-Iarszawa, Sport i Turystyka, 1955. 66 p.
(Starogard near Danzig and its region. illus., map, bibl.)
UN Not in DLC
SO: Monthly Index of East European Accession (ERAI) LC Vol. 7, No. 5, 1958

MIMI. JuzzefL.,
Froblen of pneumomediastim7m with rp-port of a case. PoIsUe
arch. mad. wew. 26 no.9:1439-1448 1956.
1. Z II KlIniki Chorob Wewnetrznvch A.M. w Gdansku, Klerownik:
Prof. dr. mad. (S. Wszelakl). Adres autora: Gdansk. ul. Sluza
9/10.
(PHIMIODIASTINUM, case reports,
(POW

MILEWSKI, Juliusz, mgr inz., mgr fizyki
The SWW-1 electrooptical range finder. Przegl geod 35
no.10:1+19-429 0 163.

MILEWSKI, Jullusz, mgr Inz.
.7, - - I-- ~2 1 -.- I.
The geodetic conference ir, Dresden In 1964, ---zeF2 ger" -.7
no.2:62-64 F 165. . ~ , - -

VIL&ISKI, M.
"Astronomical Calendar." p. 180 (Erahl - . Vol. 9, no. 3, 1953 Warszawa.)
Vol. 3, no. 6
SO: Monthly List of East European Accessions. /Library of Congress, JunO, 1954, Uncl.

!~ 112"OKI I M.
The role of a mining geodesist In mining engineering, p. 2-1.
PRZEGLAD-NAUKOWO-TECHNICZWI, S'RIA G. Krakow, Poland
No. 3p 1959
Monthly List of East European Accessions IrAex (EEAI), LC, Vol. 8, No. 11,
November 1959
Uncl.

MILEV.-SKI, S.
"Principles of desi.-
,nin.- , , ikp C* ri P 2
a network of gas pipes," Gaz, li,*oda I lec.9n - -a trr ,
'v:arszav-a, V01 28, F0 6, June 1954, p. 162.
SO: Eastern European Accessions List, Vol 3, No 11, Vov 1954, L.C.

KUMKI. S,. inz.; SZARSKI, J.
More on the Maritim Dictionary. Bud okretove Warszawa 8 no.1:3
Ja 163.
1. Rektorzy Dzialu Slownictwa Technicznego Wydawnictva Naukowo-
Techaicznego, Warszawa.

L 55182~6 EWP(i)/gWP(v-)/Ewp(j~)/T/ wF(k)/
,r _BWP
ACCJSICK. 144' 4TS008134- P/2540/64/012/003/0016/00~k-
kirtiopt: ki, AMilevski, V. 17
their 6orktact angle of the.rods and the type of spray system in aft;
TITLE: Effect of.
are spray' g'=~crn fhi~- structure of sprayed steelcoatings -A
M, ~W
SO(i arsaw, :Instyttit. Mechaniki Precyzyjnej. Prace, v. 12, no. 3(45)t 19640
4
metal zoating'. arc stability
~.TQPIC TAGS..~~.fl~tme. spraying are w4ld~n
~AmMcn' The'-structure of flame: sprayed steel coatings and the.quality ofthe
spray jet4re-studied with regard-to the Contact angle of the welding rod and the
type of spray unit used in the electric am gun. Several spray head designs were
examined 'using various rod guides and vaporizers. It was found that cylindrical
vaporizers 5' mm in diameter, should be used' or special spray units with three
apertures. The outlet aperture in these ;nite must be 12-15 mr from the contact
point of the rod. The beat coatings are produced by a narrow uniform spray jet
with a rod angle of about 450. The material and shape of the rod guides am ex-
A T
tremely important for producing high quality coatings. The stability of the are
increases as the area of the guide surface in contact with the rod Is increased.
Card 1/2

MILEWSKI, Wladyslaw, inz.
Developmentp activity and aims of the Polish Register of Shipping,
Bud okretowe Warszawa 6 no.11:333-337' 161.
1. Dyrektor Polskiego %jestry Statkow.
(Poland-Ships)

MILEWSKI, Zbigniew_,_mgr., inz.
Problems connected with the saperriBion of shipbuilding in ship7ards.
Bud okretove Warszawa 6 no.11.1352-354 161.
1. Polski. ReJestr Statkow.
(Poland-Shipyards)

ilrpTiF-.,r, tcn c.;.f z7. t
ducdf.num im jog 3
no.4:444-449 Jl-n',v 16.)
,.I! F.A 110
I. Yafedra farmakni,ogil (zrv,
gow-Airotvunnngo

POSTMOV. G.A.; UFIKOV, O.N.; KIIAUV. V.S.; SOKOLINSKIY. Ye.A.
Observations of Kars in 1950. BiuI.TAGO no.12:12-15 153.
KRA 7:3)
1. Kookovskoye otdaleniya VAGO, otdel planet i luny.
(Kars (Planet))

ZAYTSKV, Yu.A.; FILATOVA, L.I.; MILKYLIVp V-S-j ROMOV, S.B,j KHEUMKOVA, T.N.
YAPASKURT, O.V.
Basic characteristics of the Cambrian structure of the Ulutau
(oentral Ilazakhstan). Biul- MOIF Otd. geol. 40 no. 6&V-81
N-D 165 (MIFA 19:1)

KIIATIV, Tu.Y.: POSTIMAK. Te.F., insh., red.; YMIR, D.P.. tekhn.red.
[Standard modernizntion of crank single-ars presses; practice of
the "Krasnaia Zarlae Plant) Tipawata modernitatsita krivoshipaykh
odnostoachnykh pr;*;ov;(opyt savoda "XrRsnRis, saris* g.Lentugrad.
Leningrad. 1955. Loningradskii don nauchno-tekhnicheokol
propagandy. Infotmatsionno-tekhnicheskii listok, no-53(741))
(MIRA 10:12)
(Forging machinery)

ZAYT,9EV, I.; 14ILEYKO,, B. L,
Combining the individual and group piece-rate wage sy3te=s.
Sots.trud. 7 no.7:100--105 JI 162. (3CRA 15: 8)
1. Nachallnik laboratorii Nauchno-issledovatel'skogo instituta
rezinovykh i lateksnykh izdeliy (for Zaytsev). 2. Rukovoditell
normativno-issledovatellskoy gruppy po trudu Kurskogo zavoda
rezino-tekhnicheskikh izdeliy (for Mleyko). '
(Kursk-Wages--Rubber industry)

GUSACRENKO, Ye.P.; BRYSOVI P.I.; LIBENWN, A.S.; )MEHO, B.L.
"Technical production standards in the rubber industryO b,7 I.I.
Zaitsev, A.V.)Vshkis. Reviewed ty E.P.Gumachenko and others.
Kauch.i res. 21 no.8:62-64 Ag 162. (KCRA 16:5)
(Rubber industry-Production standards)
(Zaitsev, I.I.) ftshkisp A.V.)

BRYSOV, P.IO-1 IMMO. BOLO
Individual reports of the workday made by all the wcrksx-a
at the Kuri* Rubber Goods Factory. Kauch.i rez. 21 no.9:47-48
s 162. (MIRA 151 U)
1. Kurskiy zavod rezino.-takhnichookikh izdeliy.
(Kursk-Rubber industry)
(Labor productivity)

KITJYXO, G.N.
490694"k_- I
Calculating heat losses bv the surface of the Barents Sea for
determinition' of water temperature and the edge of ice. Trudy
?SIP no.57:60-82 157. MIA 100)
(Barents Sba--Ocean temperature)

T "M?f")_AA E-WTI 11 'tYT(rrj I lew
ACC NR' AT6026444 N SOURCE CODE, UR/2546/66/000/1561004710053
AUTHOR: Mileyko, -G. N.
ORG: no6e.)<
TITLE: Convective heat loan in the northern parts of the Atlantic and Pacific
Oceans -
SOURCE:*Moscow. Tsentrall nyy institut prognozov. Trudy, no. 156, 1966.
Raschet i prognoz elementov rezhima morya (Observing and forecasting character
U -53
i
stics of sea phonomena), 47
TOPIC TAGS: marine meteorology, oceanography, hydrology, hydrometeorology,
convective heat loss; ocean water, water heat loss, convective heat transfer
ABSTRACk The author proposes a method for computing the convective keaLlgss
in oceanicXwaters during the cold season. The method, based on the computation
of the total loss of heat in an active layer, differs from earlier methods in that it
takes into account changes in convective mixing with depth. Mathematical manipu-
lations are reduced to the computation of the integral 'In
Q - CP 11(i) dt
sit
wd 1/2

45262--66
AT6026444
01
between the moments of maximum intake.,of -heat- (tn"wLaud t1w- moment oLminin1=1
intake of heat (tmin) at the chd 61 Th'CT61r4'RMorr7-nIue9 of ermTettve trM -- . .
transfer during the autumn - winter season are computed for the northern parts of
the Atlantic and Pacific Oceans; these are shown diagramatically in two contour
maps. A comparison of the values obtained shows that during the cold seacon
vertical circulation in the North Atlantic penetrates to a greater depth than the
fi r-W.- -- - ---- --- - - - - -- -
North Pacific. Orig. ari. haVa 1ju [SPI
SUB CODE: 08/ SUBM DATE: none/ ORIG REF: 011/ OTH REF: 001/
Cmd 2/2

MILEYKO.",l _2 opets. red.; AYNZAFTv Yu.S., red.; FORMALIIIA, Ye.A.
tekhn. red.
(Acclimtization of Pacific salmons in basins of the Baronts and the
White Seas] Akklimatizatsiia tikhookeanBkikh lososei v basseinakh
Barentseva i Belogo morei. Moskva, Rybnoe khoziaistvo, 1961.9)31 P.
(MIRA 14:
1. Russia (1917- R.S.F,S.R.) Glavneya gosudarstvennaya inspektsiya
po okhrane rybnykh zapasav i repilirovaniyu rybolovsta.
(Barents Sea-Salmon) Nidte Sea-Salmon)
(Animal introduction)

~ r,I
El%'11'~. I "I f ~4'
ACC NRa AT6026446 SOURCE CODE. UR/2546/66/OG,1/156/0066/0075
AWHOR: Milgko, N.
ORG: none-4-
TITLE: Method o,' calculating water temperature in the North Atlantic-and North Paci-
fic during cold seasons
G0U;'C"1'-'q11"'oscow. -TsentralIna institut prognozov. Trudy, no. 156, 1966. Raschet i
prognoz elementev rezhima morya (Observing and forecasting characteristics of sea
phenomena), 66-F5
TOKC TAGGz heat convection, ocean tide, ocean current, heat balance
ABSTRACT: The paper outlines a method of calculating water temperatures on the basis
of thermal convection at lower depths frorm a minimun, of hydrometeorological data.
Such computations .3-re satisfactory for regions in which the inflow of heat is negli-
gible and the currents nklintain fairly constant direction. Tides, however, introduce
certain errors. The calculated temperatures are correct within 61% for the isotherm
interval of 10.70C and 77% for the isotherm interval of 10.60C. The water temperaturt
varies chiefly because of heat losses at its surface. Assuming that no heat inflow
takes place within the body of water, the heat losses are proportional to the expendi,
ture of the stored heat: AQ = O.IHAt
W
Card 1/2

14
ACC NR- AT6026446
where H is the average depth of convection mixing (in meters), and t is the declining
W
water temperature. Generally, the depth of mixing by convection is determined from
the distribulJon of temperature readings and from the salinity-density relationships.
The relationship of the depth of the mixing to temperature is a linear function. Data
on temperature and depth were obtained from recordings made by hydrological stations
during the warmest time of the year. It was assumed that the temperature-depth rela-
tionships remain constant from year to year. Depths of mixing of water layers by
thermal convection were calculated by the method developed by N. N. Zubov; this method
is based on the fact that the density of water increases as warm and cold water layera
mix. Heat lotses at the water surface can be satisfactorily determined by the differ-
ence between the water and air temperatures. Such data, averaged for each 5 to 10
I days, vary from month to month. Orig. art. has: 4 figures, 1 table, 10 forlaulas.
SUB CODE: 04,08/ SUBM DATE: none/ ORIG REF: 004/ OTH REF; 001
Card 2/2 1Q)U)

KIJTER, Zakhar Molseyevich; !ULEYKO. Irlna W&"vna. RUMTANTSEVA,
M. B. , red.; FORKALINA, tekba. zed. - -
(Fishway structures in the Soviet Union] fqbopropusknye so-
orushenita Sovetakogo Soiuza. Moskva, Izd-vo Rf?,vbnoe kho-
ziaistvol" 1962. 70 p. (MIRA 16%8)
(Fishways)

1117 20
S/207/62/000/005/012/012
B125/B102
AUTHORS: Xil.e,ykQ. Telenkov, V. 1. (Novosibirsk)
TITLE: Short-time creep of aluminum alloys
PERIODICAL: Zhurnal prikladnoy mekhaniki i tekhaicheakoy fiziki, no- 5,
1962, 168-174
TEYT: The short-time creep occurring in the-alloys A 16AT (D16AT) and
Amr6M (AMG6M) (2-mm sheets) was measured by the apparatus shown in Fig. 2.
The total deformation is composed of elastic deformation, instantaneous
plastic deformation and creep deformation. The.total plastic deformation
does not consolidate the material, i.e., does not increase its
resistivity to creep. Short-time creep can.be aescribed in a simple way by
b - k0aaa+vT , where p is the creep deformation cumulated up to a given .
instant of time, a is the maximum stress under load. The coefficient a is
independent of temperature between 230 and 275 OC. The total deformation,
whatever*the preliminary loading is &_ (a/E) +63(a) + e a6 k(T 0)/a; 29 where
Card 114,2-,

S/207/62/000/005/012/012
Short-time creep of aluminum ... B125/B102
c_)(0) is the remaining deformation. a0is the stress and T0 is the
/ ),,r
temperature at t - 0. The relaxation curve is 0(t) - -(1 a ~e_aCO+akEtl.
The lifetime r (time until fracture in short-time creep) is det7ermined
from the properties of this creep. If the damages are summed linearly
then T - PC 0-M with P - 1/B(1*x)(1+m). In order to be able to design
structures which may come under heavy loads for short periods it is
necessary to know the behavior of the material under real conditions. The
extension diagrams supplied by the conventional type of this testing
machine, with slow and often indeterminate rates of deformation, do not
adequately describe the behavior of the material under actual operating
conditions. Nor is it sufficient to determine only the data for short-time
creep at 6 - const. The present study was directed by Yu. N. Rabotnov.
The measurements were made by M. V. Mitrofanov and V. Ye. Mymrin. There
are 9 figures and 2 tables.
SUBMITTED: Yay 29, 1962
Fig. 2. Tf programming unit, 4 loop oscillograph H-700 (11-700,-A deforma-
tion recorder, C load recorder, ~ amplifier ~OTTT,2 (UIPP-2), '?T tempera-
ture control, _P' load control.
Card 214p2_

ACCESSION NR: AR4041544 S/0137/64/000/004/1039/1039
SOURCE: Ref. zh. Metallurgiya, Abs. 41232
AUTHOR: Mileyko, S. T.
TITLE: Transient creep during temporary stresses
CITED SOURCE: Sb. Polzuchest' I dlitelln. prochnost'. Novosibirsk, Sib. otd.
AN SSSR, 1963, 88-95
TOPIC TAGS: creep, stress, deformation, strain curve
TRANSLATION: Theoretically and experimentally investigates transient relaxation
and"creep of a number of materials In conditions of noticeable build-up of deformatioi
for dens and hundreds of seconds. Experiments are conducted on a machine with elec
tromagnetic load and stress and strain gauges. Tests were conducted either dur
Ing constant load, or during alternating of creep with relaxation (with added loading
up to initial stress). At a sufficiently great ternperatureand load creep takes
Card l/ 2

ACCESSION NR: AR4041544
place on initial stages without hardening, which simplifies all equations of strain.
The equation of transient creep has the fomp;-k.(*!~-p(~~+vrj,- the equation of relax-
ation:
(t)-! in lexp (-aaj 4-akEl I -
a
ere P is strain; a is stress; T is absolute temperature; v,, v, a. are constants, for
;determination of which one should take curves of loading either at two constant
Itemperatures and two constant stresses, or at two temperatures and a stress,
!periodically changing in a given interval. There is given a method of determina-
tion of the strain curve during any history of load by the curve of instantaneous
extension and cm-we of transient creep; there is shown the satisfactory accuracy
'6f the offered method for a number of materials (by our own and source materials):.
I D16AT-2- (200-Z?50), AM6M-2 (2W-2500), BT-5-1 Wo-7ooe), N155 (870-11500),
ISN20C (700-9009. Hitalography: 10 references..
SUB CODE: 'As ENCL: 00
Card 212

ABSTItLCZt:;-.Cro
cftseff:~ oadin- ` t th A[Didllldll~
me, attem r'o
Uiding =it - - ----
oi-te& +,U- OrOss
'th., : Moto ows,
b j
Lv

J,
4ted -
iUcWlth iiNl~'
Cii- (CL-lo-tRei-
W.-i4ight of, the:_
a eq
to Magna. I
-A
IwW
APPL
~'Ivl..' A -combination of.~.JoMg ftom
'to i ,, .701 exi- 14 timid.. =Tr__'activ&tiw armature T q
CLV-" PM' OlLding the
,e t Alas
j;
te4t:stand. Movin-S
~-P_ P90 _0
era
MaL
iiwar eb~ls th
Cos. stress
appiopriale- Miavurements of dsta:'Are tacilltat' I---
'6an_aritbjnetio,vajlLxes, of
ic
veraus T-is obtained,
W.-
0, aa or iks~s. the equations
AL wh
'Jt IrV +
2
&'b The - remats
with-
artUA-wit Lteala 07"1 tifil"
MROB Ong 41*2~fi
Ori
P'J
-0delp
_n4

MILEYKO, Ye. G.
MI1,EYKO, Ye. Go: "Improving the central and peripheral vision by treat-
ment with so-called ophthalmoscopically stable changes
in the vasculaX! covering of the rettka and tbooopUc
serve." First Moscow Order of Lenin Medical Inst imeni
I. M. Sechenov, Moscow., 1956- (DISSERTATION FOR THE
DEGREE OF CANDIDATE IN MEDICAL SCIENCE).
Knishnaya letopris'
No. 35s 1956716-seew.

HiLdYKO, Ye.06, oblastnoy oftelmolog
- - wffww1kwMM0~
Kethcds for improving visual function in permanent changes of the
ocular fundus. Test-oft. 70 ao.3:19-23 MY-Je '57. (NIRA 10:8)
1. g. Usellnitskiy (USSR). Glaznoe otdaledys 1-y sovetakoy
bolln.itsy I
(VISION
disord. in pathol. changes of ocular fundus, ther.)
(AU DIWUSRS, ther.
Improvement of vision in pethol. changes of ocular fundus)

MIIZYKOv Ye.G.
Case of toxoplasmosis of the ers. Vests oft* 73 no. 1:42-43 Ja-F
160o (MIRA 14:1)
(EU-DISEMES AM DEFECTS) (TOXOPLASMOSIS)
I.

MILEROV KAXA, BLf-- SERDYUKY-V.
1 Induotri-.ij - Accountin,-
Improve the syster, of centralized acco-j.,its for zetal. Den. i no. 1, 1~5:2.
Monthly List of HiLlujan-Agcessions. Library of Congress Farch 1952 UNCLA66IFI.,,D

MILF,YKOVSKAYA, B.; SIRDYUK, V.
Prom clearing offices to decentralized settlements. Den. i Itred.
12 no-5:51-52 N'54. (MUU 8:2)
(Rostov Province-Papent)

MILETICOVSKAYA, K.H., inzh.
Testing large-oane! reinforced concrete Elabe co7ered with sheet
aabestos cement to be used for not insulated ceiling's of in-dus4rial
buildings. Biul. stroi. takh. 15 no. 7:8-12 Jl 158. (MIRA 11:7)
1. 14uchno-issladovatellskiy Institut zholozobstona Akademli
stroitelletys i arkhitaktury SSSR.
(Concrete slabs-Tostin.0

MILEYKOVSKAYA, K.M., inzh.
Effect of the saturation of concrete with water on its strength
and deftrmability. Gidr. strol. 30 no.4:40-" Ap '60.
(MIRA 14:4)
(Concrete-Testing)

KII.EYKOVSKAYA, K*M., inzh,
Strength and rigidity of nev types of ribbed cellular concrate
roofing, Bet. i zhel.-bet. 8 no.7:327-330 Jl 162. (1-URA 15:7)
(Roofing#-r.oncrete)
(Li.ahtweight concrete-Testing)

MSYKOV~K_AXA,__K.M,,-inzh.; KOSMACHEV, G.S.
Testing large wall panels made of cellular concrete. PI-Cmm.
stroi. 40 no.3:33-35 162. OCIU 15:3)
(Air-entrained concrete-Testing) (Walls)

MAKARICHEV, V.V.., kand. tekhn. nauk; MILEY.NQY5KAYA.. K.M.p kand.
tekhn. nauk; TEMKIN, L.Ye., inzh.,, nauchn. red.; ZUBKOVA,
M.S., red.izd-va; MIKHEYEVA, A.A., tekhn. red.
[Study of reinforced eloments of cellular concrete] Isaledo-
vanie armirovannykh konstruktsii iz iacheistykh betonov. Mo-
skva, Gosstroiizdat, 1963. 98 p. (MIRA 17:1)

UNKIN I L,Yfi.p lnzh.: rod.;
.b,,YA K M kand. tekhn.
nauk, red,,; LEVIN, IT.1.' kan~, redb
p P
RANNAMYJAGI, L.A., imzb.
(Instructions on designing aellular concrete elements] Uka-
zanila po proektirovaniiu konstruktsii iz iacheistykh be-
tonov (31 287-65). Moskva, Strolizdat, 1965. 94 P.
OURA 38-7)
1. Russia (1923- U.S.S.R.) Gosudarstvenrqy komitet po
delam stroltel'stva. 2. Goastroy SSSR (for Temkin).
3. Nauchnc-issledovatelfskly institut betona i zhelozo-
betona (for Mileykovskaya). 4. TSentrallnyy nauchno.- '
Issledovatel'skiy institut strolteltrifth konstrukts:Ly im.
V.A.Kucherenko Goastroys, S.IBR- (for Levin). 1,5. 'VNIPI:Bill- ~
kal'talta Gosud&rstvaMogoAqm#eta po promwahlennosti
stroitelInykh materialov pri Gosstro7e--SS9R (for RannarrVagi).

85895~-
S/048 60/024,/011/036/036
B006YB06
AUTHORS: Bronnikova, Ye. Larionov, I. M.,
Milevkomka N D., Smazhevskaya, Ye. G., and
Qrja,
di zW~n,
V
TITLE: The Use of Piezoelectric Ceramic materials~'From Solid
Solutions of Lead- and Barium-Irelaniobates in Wide-band
Filter System7s-vA - -1
PERIODICAL: Izvestiya Akademii nauk SSSR. Seriya fizicheskaya,
1960, Vol. 24, No. 11, PP. 1440 - 1442
TEXT: This is the reproduction of a lecture delivered at the Third
Conference on Ferroelectricity which took place in Moscow from
January 25 to 30, 1960. Of late, ferroelectric materials developed on
barium titanate basis have been used as resonators in piezoelectric
filters. These materials have a great durability and a. high thermal
stability; therefore, they are well suited for piezoce!ramic resonators.
Their use in wide-band filters offers a number of advfLntages. In the
USSR, the most widely developed piezoceramic materiala are solid
Card 1/4

8 899
1
The Use of Piezoelectric Ceramic S/048 6010241011103610716
B C
Materials From Solid Solutions of B006 B060
7
Lead- and Barium Metaniobates in Wide-band
Filter Systems
solutions from lead- and barium niobates of the-type KH6C(KNBS) with
different lead- and barium contents IAWW, 40/60, _(KNBS~ 40/60),
kv4sL45/55 (KNBS 45/55), and others. 'Some characteristic values
relative to the first-mentioned type~*are compared with the imerican
type PZT-6 in a table. The following data are given concerning the
KNBS 40/60 disc resonators:
1200, mechanical quality factor 400 - 800, ageing: 0.3%, resonant
frequency: 450 kc, dynamic capacity: 33.A"F, static capacity: 410JYFV
resistance: 20 - 40 ohmso quality factor: 500 - 300, dynamic
induotivity: 4 millihenries. Although-KNBS resonators have lower
durability and thermal stability than PZT-6 piezoceramics, they are
still usable in wide-band filters. For intermediate-fre uency filters
in radio receivers a pass band of 7 - 11 kc (3-db lovely is required
for minimum attenuation in the rejection band of 45 - 60 db, rectangu-
larity coefficient.,,,~2, permissible pass band shift at a temperature
change from 10 to 700C: +Ikc. The authors worked out such filters by
Card 2/4

The-Fae of Piezoelectric Ceramic S/048/60,/024/011/036/036
B006/BO6()
Mate. ials From Solid Solutions of
Lead'E
t and BariUm Metaniobates in
Wide~band Filter Syitems
making use of KNBS ceramics. A filter-section consists of two
resohators, co in the manner shown in Fig. 1. In order to-meet
nnect;d
the use disc
demands made-on the filter, it is of advantage to
resoAators with radial vibrations. These di-scs are 5-8 mm in diameter
and b.5, 0.-6, and 1.2 mm or 0.6 and 1.2 mm thick, with the electrodes
coveFing the whole or half of the disc siirface, respectively. Both
plane and cylindrical 4- and 8- resonator filters were pre-Dared whose'
outs'de vibw is shown in Fig- 3- Fig- ? shows an attenuation
characteristic of an 8-resonator filter. There are 3 figures and
4 reTerences: 1 Soviet and-3 US-
Card. 3/4

SlOjJ816010241011103610
36
BOOIS/BO60
----------
t-jz
Fig.. ,W
Rl' t-12 Ir ""Mum 4"m
0-
Legend to Fig. 1: (1) disc resonator, half the surface of which
is C,Overed by metal'eloctrodes; disc thickness.
Card 4/4

A.
Creat tritain - Foreign Relations
Intensification of the struggle between American and British imperialism for supremacy
British dominions. Vop. ekon. No. 2, 1952.
Monthly List of Russian Accepsigno, Library of Congress, March 1952. Unclassified.

MILMOVSKIY., A.
Lenin, losif Mikhaylovich
nAggravation of the crises or the British Empire after the Second World War."
1. 114. Lenin. Reviewed by A. Mileykovskiy, Vop. ekon., No. 8,, 1952.
9. Monthl List of Russian Accessions, Library of Congress, October _195j, Uncl

Name I hIL-,YY.OVO"K1'yj nbrum Gerasimovich
Dissertation: Canada and iinglo-,mmerican Contra-
dictions
Degree: Doc Economic bcI
Affiliation: ~Iffot IndIctLte�7
Defense Date, Place: Z7 Jun 56, Council of the Inst of
Economics, Acad Sci USSR
Certification Date: 8 Jun 57
ource: BI.IVO 1()/57
S
0

KIIJCYKOVSKIY, A.G.
-.41---l.
wGreat Britain; economic pograpW by A.S. Dabrov. Reviewed b3r
A.G.Milelkovskil. Isv. AN 888RJor.geog. noo6sl35-138 N-D 1560
(Great BrItaln-Rconomic Ceogral*ky) (KLRk loti)
0,

AIAMPITXV, Pogo; AMCHOW, V.S.; WOVA. T.N.; BTUNDINS. Logo; GINZEM,
GJ6; GORMNOT. L.3h.; GRIGGRIYET, A.A., skademik; GURARI, Te.L.;
DMI10T. A.B.; MIM. L.A.; XIMOT. A.3.; SKIEWNSUT. M.X.;
EUGIN, G.D.; "TTmVrlftlrGrTT I Go; NUMAUT, I.N.; FATWT. T.T.;
POFOT. K.No; YANITSKIY, M. 116'
Lev IAkovlevich Ziman, 1900-15156; obituary. Izv. AN S33R.Ser.geog.
noo6:153-154 N-D 1569 (NLRA 10s1)
(Zlman. Lev lAkovlevich. igoo-1956)

IWY, ~ E- )~\ 0 \j ~ ~'I-) . L-,. .
V,~ 1, ~
AIAMPIn, X; GNRASIMOV, I.P.; GOIWIXG, K.B.: GOXHW. Y.H.; ZHIRMWISKIT,
H.H.; KOVALIVSKIY, V.P.; KIJIAGIN, G.D.- _MLLIMEOVSKIT. A.G.: fWSWAIR.
H.1.; POPOV. K.M.; PULYARKIN, V.A. ild- -1-
A.S. Dobrov; obituary. P.M. Alampley and others. lzv. AN SSSR. Ser.
F,00f.. no,4-143F-144 Jl-Ag '57. (NDA 11:1)
(Dabrov. Aleksandr Semnovich, 1901-1957)

MNOGCLETOU. Nadexhda Ivanovnaj, Priniwwl uchastlys.NAZARNMIT, V.A..
MILBIKOVSKIT A,G., doktor skonom.nauk, otv.red.; Uklikoy,
G_.F. -.r,-d-. ;--,Jd
$--'Tizd-va; VOLKOVA, V.V., tekhn.red,
(Industrial monopolies in the U.S.A. after the Second World
War] Promyshlennys monopolii SGhA posle Vtoroi Mirovoi voiny.
Moskva, 1zd-vo Acad.nauk SSSR. 1959. 271 P. (MIRA 13:5)
(United States-4ndustries)

ZIXAN, Lev Takovlevich-[deceaaedjj.GOXMW, T.M;. atv.-rad.; XHAT-..
- KOVSlIY A G.., otv.red.; CHIZHOT, N.19., red.; POPOTA, V.I.,
U
mlada~~iy;; ; KOSHELIVA, S.M.. tekhn.red.
[Sconomic regions of the United Stateal Bkonomicheakle
ralony SShA. Xoskva, Gos.lzd-vo geogr.lit-ry, 1959. 541 P.
(MI" 13:2)
(United States.-Economic conditions)

DOBROV. Aleksandr Semenovich;-!%~Q!�X~T. A.G.. doktor ekonom.nauk.
red.; TAKOVLXV, M.N.. red.; KALIGM-Tillift."'G.K., red.kart;
KOSHWATA, S.K.. t*khn.red.
(Great Britain; an account of Its geograpbr] Tolikobritanila;
geografichaskii ocherk. Koskva, Gos.izd-vo geogr,,Ilt-ry,
1959. n P. (Nrm 1?--6)
(Great Britain--Jconamio conditions)

AUWIMp P.M.; ZHIMOSKIT, N.M.; KUPT, V.S.; NOINSTANTINOV., D.A.;
MILMOVSKIT, A.Gs; SWZVSM, B.N.; FRYGIN, Ya.G.; SHISHM,
I.-f ~,TAITSM, KIP.
letter to the editors of the Journal "laventiia AN SSSR, Seriia
Geograficheekada.0; Isv,,AN SSSR, Serogeogo no,6:246-247 S-D 162o
(MIRA 15t12)
(G&Dgraphyj Economic)

KILESIN.9 YEfim Samoylovich; doktor ekon. nauk,
otv. red.; PLISKINA, Te.M., red.; ASTAFIYEVA, T.A., tekhn.
red.
(Insurance monopolies and their role in the economy and
politics of Great Britain] Strakhovye monopolli i ikh roll v
ekonomike i politike 'Uglii. Moskva, Izd-vo Akad. nauk SSSR,
1963. 287 p. (MIRK 16:7)
(Great Britain- Insurance)
(Great Britain-Trusts, Industrial)

ALAMPIYEV, P.M.; VOLIF, M.B.; ZHIRMUNSKIY, MA; KLUPT, V.S.; KONSTANTINOV, O.A.
IIIL~E=S,KTY-p-,&.",L,,,SEMEVSKIY, B.N.; FEYGIN, Ya.G.; SHISHKIN, N.I.;
W TSKIY, N.F.
In reference to IU.G.Saushkin's reply. Izv. AN SSSR. Ser. geog.
no-39156-158 My-Jq 163. (MIRA 16:8)
(Geography, Economic)

MIMYKOVSKIY, E.., inzh,
Automatic crane scales for operational accounting. Rech. transp. 19
no. 2:12-14 F 160. (14IFU. 14: 5)
(Scales (Weighing instruments))

'?~Iwvf Ye.m,, inzhener; MILZYKOVSKIY. Z.Z.. inzhener.
Production computer on excavators. Mekh.stroi. 10 no.6:14-13 Jo '53.
(NLHA 6:6)
(Accavuting machinery)

RZHANITSYN, A.R., professor, doktor tekhnicheakikh nauk; MIIEYKOVSKIY,
I.Ye., kandidat tekhnicheskikh nauk. ""Myown-
ONOWSW
Calculating the resistance of the framework shell of the sky-
scraper section of the Palace of Culture &ad 6cience In Warsaw
against wind pressure. Strol.prom-32 no.2:24-28 7 '54. (MLEA 7:2)
1. TSentrallnyy nauchno-ioeledovatellsidy institut promyshlennykh
sooruzheniy.
(Warsaw-Building, Iron and steel)
(Building, Iron and steel--Warsaw)

GMMMMING. A.V., kandidat tekhnichookikh nauk: TIOVIMOV, V.I., kandidat
tekhnichookikh niuk; H
JLgTLMVSK1T.* kandidat tekhnicheskikh
EDCHMWVA, Te.Te., i-&ndiA-ai"'ie'k-h-nic'h9nk1kh nauk; BWAYN.
B.I., laurnat Stalluskoy proxii. inshener, redaktor; RDSTOVTWA,
M.P.. redaktor; XEDVKW. L.Ta., tekhnicheskly redaktor.
[Izweetigation of the work of framad*structursel Issledovanle
raboty ramTWkh konstruktaii.* Moskva. 1955. 136 P. (Moscow.
Wentrallnyi nauchno-issle4ovatellskii institut proa7shlenmVkh
sooruzhenti. Nauchnoe soobishchonle no.21). (MLRA 9:2)
(Structural frames)

SOV/124-58-2 - 2073
Translation from: Referativnyy zhurnal, Mekhanika, 1958, Nr 2, p 81 (USSR)
AUTHOR: Mileykovskiy, 1. Ye,
TITLE: Determination of the Reduced Stiffness of an Orthotropic Beam
Weakened by Slots by Reducing the Three-dimensional Problem of
the Theory of Elasticity to a One-dimensional One (Opredeleniye
privedennoy zhestkosti ortotropnoy balki, oslablennoy prorezyImi,
metodom privedeniya trekhmernoy zadachi teorii uprugosti k
odnomernoy)
PERIODICAL: V sb. : Issledovaniya po vopr. stroit. mekhan. i teorii plastich-
nosti. Moscow, 1956, pp 146-168
ABSTRACT: Examination of a rectangular orthotropic beam weakened by a
large number of vertical slots which extend over its entire height
and occupy one-half of the width of the beam section. The slots
appear at even intervals and alternate to the left and right in a
checkerboard pattern. The author has in mind a beam glued
together of short wooden boards; his objective is the determini--
tion of its reduced stiffness. A solution is found for the problem
Card 1/2 of pure flexure of the beam. Taking into account that the

SOV/12,1-58-2- 207
Determination of the Reduced Stiffness of an Orthotropic Beam (cont. )
determination depends only on an integral characteristic, the author gives the lam
governing the distribution of stresses and strains wi,h respect to Z (i. e. , along
the height of the beam) and eliminates z by replacing the differential equations o
equilibrium of the general theory of elasticity with variational equations. The t%,.,(
dimensional problem thus obtained is reduced to the integration of a fourth order
differential equation, which is readily accomplished by means of trigonometric
series. Examples are examined, wherein the computations are carried forth to
the determination of P , i. e. , the coefficient of stiffness reduction of a glued bea
as compared to a "monolithic" one.
A. L. Gol'denveyzer
Card 212

/~/ / L ., -- Y ,_ &- V . 5 e / y) 1- 11& ~ 124-1957-10-11969
Translation from: Referativnyy zhurnal, Mekhanika, 1957, Nr 10, p III (USSR)
AUTHOR: Mileykovskiy, 1. Ye.
TITLE: On a Possible Plasticity Condition of an Anisotropic Body (0
vozmozhnom uslovii plastichnosti anizotropnogo tela)
PERIODICAL: V sb. : Issledovaniya po vopr. stroit. mekhan. i teorii
plastichnosti,, Moscow, 1956, pp 169-179
ABSTRACT: As a condition of plasticity of an incompressible and
anisotropic body, a hypothesis on the constancy of the specific
energy, throughout any change of shape, is presented in the
article. Here the elastic and plastic constants are related in
certain ways that limit the use of the proposition offered. The
results presented by the Author are not compared with analogous
results attained by other writers.
M. Sh. Mikeladze
Card I/l

MILICROVSKIYO losif Tefimovich, kand.tokhn.nauk.- SHITKO, 1.K.,ksnd.takhn.
nauk, nsuchr*7-red.; YBGCROVA, N.O.. red.izd-"; BLINIMA. B.M..
takhn.red.
(Designing juselve construction using methods of structural machanici
of three-dLitensional structureal Raschet mosivakh konstruktoti
matodamt stroitellnoi mekbaniki prostranstvemVkh sistea. Kook".
Goo. izd-vo lit-ry po stroit.. arkhit. i stroit. asterialan, 1958-
182 P. (MIRA 11:7)
(Structures, Theory of)

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Wanslation from: Referatirnyy zhurnal, Mekhanika, 1960, No. 6, pp. 134-135,
# 7732
AUTHOR: Mileykovskiy: 1,Ye,
TITLE: Calculation of Massive Plates by the Variation Calculus Method
With the Application of Resolution Functions to Displacements
PERIODICAL: V sb.: Issled. po vopr. teorii plastichnosti I prochnosti
stroit. konstruktsiy. Moscow, 1958, pp. 173-212
TEXT: The author shows that the integration of the equations of thermo-
elastic equilibrium in displacements can be reduced to the solution of three
triharmonic equations, the right-hand sides of which are as follows:
6 x + 3), + 2 A C(I 6t
If x -W+ 2,9 )L +2 p Tx-
V 6,p y y 3 )L + 2 A Yj () t
+ ~+~
'IL
6 Z + _3 A. + 2 A t
? - _ yj L
Card 1/5 z A, + 2~ k+ 2 A az

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Calculation of Massive Plates by the Variation Calculus Method With the Appli-
cation of Resolution Functions to Displacements
Here Px, V 'Y are the "resolution" functions, the derivatives of which express
the displayemenzts and stresses; X, Y, Z are the components of the bulk force,
X /Iare elastic constants, 06is the linear dilatation coefficient, t is
temperature. The Galerkin formulae, which express the solution of the equations
of the elasticity theory through three biharmonic functions, result from the
author's formulae as a special case. It is shown that the equations in dis-
placements for an orthotropic solid also can be reduced to resolution equations
of sixth order with respect to "resolution" functions, having ~ut more compli-
cated structure. The solution of the triharmonic equation V 07g = 0 is sought
for in the form:
f (x, Y, Z) (X, Y) -X i W,
where the functions X (z) may be assumed to be known (and orthogonal). The
unknown functions 1Pj_tx, :7) can be found by the Gakerkin method; the equation
system obtained for the 1~ j functions has the form:
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Calculation of Massive plates by the Variation Calculus Method With the Appli-
cation of Resolution Functions to Displacpments
6Y 4yi (X,Y) + 3c v 2 y (X,Y) -
a V (X,Y) 3b jiV ji i
e. (X,Y) = 0,
where 11 1
a f 42( z) d2,, b (z)-k" (z) dz
ji = i ji Xi i
0 0
v (z) dz, e j (z) 'X V_' (z) dz.
ji xi (Z) Y, i i
0 0
The system of m equations (*) of sixth order is suggested to be solved by de-
composition into 3 m independent equations of second order of the form:
V 2 ( k 3m).
If k k ' 0
Hereby, the connection between the functions and I k may be performed by
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Calculation of Massive Plates by the Variation Calculus Method With the Appli-
cation of Resolution Functions to Displacements
means of linear, homogeneous transformation
'Yj = ~ ~-) jk 'k k (j - 1, ... , m; k 3m)
the eigennumbers, /tk appear as roots of the determinant
ajjp3 - ~ /,42 e 0 0'1
k 'bj, k I 3cji /4-k ji
and the coefficients Pjk can be determined from the system of linear homoge-
neous algebraic equations
2
ajjp3k & -:~3bjj It k Pik I 30'ji~k Pik ej,~ ik ~ 0
i
(k = 1, 3m), (J,l 1, ...' m).'
The method developed is applied to the investigation of the thermoelastic
equilibrium of a thick rectangular plate with free ends (z - 0, z = h);
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Calculation of Massive Plates by the Variation Calculus Method With the Appli-
cation of Resolution Fwictionn to DIsplacoments
at the two parallel edges y = 0, y = b, the tangential( u - w - 0) or the
normal (v - Tzy - TXY = 0) displacements are absent; al the edges x = 0,
x - a, more general conditions of absence of all displacements (u = V = w = 0)
or all stresses (W 0) can be satisfied.
x
V.K. Prokopov
Translator's note: This --Is the full translation of the original Russian
abstract.
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